Military Technology

"Besides, we're also scaling up this multi-tentacled robot to help our humans do some of the heavy lifting.

This large multi-tentacled robot is like several huge and very powerful arms extended by humans, which can help us complete some impossible tasks. "

"Although there are related construction machines on the market, such as claw machines, hook machines, and excavators, there is no such flexible machine as a human arm.

It can complete the delicate tasks that these traditional construction machinery cannot complete, and its efficiency is several times higher than that of traditional machinery. "

"In order to keep it working for a longer period of time, we have equipped it with a large new lithium battery pack, which can maintain its full-load operation requirements for up to ten hours.

In addition, this large new lithium battery pack adopts a modular design, which is very convenient to disassemble and replace. If continuous operation is required, only one battery module needs to be replaced. "

"Moreover, in order to further improve its endurance performance, we have equipped it with high-speed charging technology. The large new lithium battery pack equipped for this large multi-tentacled robot, using our high-speed charging technology, only takes less than eight hours and it will be done.

That is to say, under normal circumstances, two large new lithium battery packs of this type can complete alternate reciprocating and uninterrupted continuous construction operations.

This also makes this large multi-tentacled robot very suitable for the repair and maintenance of some large-scale infrastructure. "

"Let's cite one of the most urgent and deadly emergency rescue scenarios we see every day.

On a certain highway section, several cars were involved in a series of rear-end collisions. People in the car are stuck in it and it is difficult to get out. "

"At this time, rescue forces rushed in and needed to break up these vehicles so that the seriously injured people trapped inside could come out.

The time is very urgent, and the life of the people inside may be in danger if it is a minute late. "

"There are two options for rescuers at the rescue site. One option is to use large-scale demolition machinery, but even if such large-scale demolition machinery is carefully operated, it will still cause injuries to people inside, resulting in secondary injuries.

The second option is artificial demolition, which is more elaborate, but the time for rescue is too long. It is difficult to rescue the seriously injured people trapped inside. "

"And at this time,

If there is one of our large multi-tentacle robots, these crashed and deformed vehicles can be demolished very quickly and finely, and the trapped people can be rescued and sent to the hospital for emergency treatment in the shortest time. "

"In the second scenario, we assume a front line of flood fighting and emergency rescue. There is a breach in the embankment, which is in danger of breaking. At this time, it is necessary to urgently reinforce the embankment to block the gap.

And often at this time, traditional large-scale construction machinery is difficult to reach the site, and its role is very limited. Especially transporting sandbags to reinforce the embankment requires manual transportation and reinforcement. "

"If we use a large multi-tentacled robot like ours, it will be able to complete relevant rescue and disaster relief work very well.

First of all, our large multi-tentacled robot is very light compared to traditional construction machinery, which is very suitable for helicopter transportation. Even if it cannot be dispatched, it can be transported by pallet truck to reach the site quickly. "

"Secondly, it can be a good substitute for manpower to complete the sandbag reinforcement of the embankment. Especially in the orderly stacking of sandbags, this is something that traditional construction machinery cannot do."

"Then there is the leak plugging of the breach. Generally, sand and gravel are difficult to block the rapid flow of water, so large stones or cement blocks are required.

Even in an emergency, a part of the construction vehicle may have to be sacrificed and rushed into the gap to block the rushing water flow. "

"For such large rocks, it is difficult for general construction machinery to carry them. Traditional cranes enter the site slowly and run relatively slowly. If we use a large multi-tentacled robot like ours, it can quickly complete the work in the gap. stone stacking work.

Such a large multi-tentacled robot can lift stones weighing several tons or even nearly ten tons, and it is very convenient to carry. And such stones are enough to block the rapid breach. "

"In addition, such large multi-tentacled robots can also be used for some other infrastructure repairs. For example, a large transformer bank in a community burned down and needed urgent replacement.

At this time, the advantages of this large multi-tentacled robot can be revealed. Whether it is to remove the burnt large transformer group or replace it with a new large transformer group, it is very convenient.

Similarly, there are also some special construction sites, which are unmatched by traditional construction machinery. "

"Then is that enough?"

Wu Hao paused for a while, then shook his head and said: "No, we don't think it's enough, it's not perfect.

Since it is a robot, it should be more intelligent, which is its biggest advantage different from traditional construction machinery. "

"So what is intelligence? We think that since it is called a robot, it should have the characteristics of a robot.

First, we endow it with the ability to operate autonomously. That is to say, this large multi-tentacled robot can be completely unmanned.

Through our 5G high-speed network, our controllers can control this large multi-tentacled robot in real time from thousands of miles away.

Using our panoramic lens, smart VR immersive glasses, and our smart sensor gloves, drivers can flexibly control robots thousands of miles away. "

"We once did a test, thousands of miles away from Anxi to the northwest desert, and asked our operator in Anxi to control our large multi-tentacled robot to complete the work of threading needles.

The needle is our traditional embroidery needle, and the thread is the thin silk thread we use to sew clothes. We have recorded the whole process with the lens, let us enjoy this short video. "

After Wu Hao finished speaking, the video began to play. I saw two windows appearing on the camera, one was in the Anxi Control Center, the video screen of the operator wearing the smart control device. On the other side is in the Northwest Desert, where on-site staff are making relevant preparations, including inserting embroidery needles into an apple, while a thin thread is placed on the large multi-grabbing robot.

This process seems to be juggling, but in fact, the accuracy and stability of remote control are considered. Whether the equipment is stable or not, and whether the remote control can fully grasp the on-site situation will directly affect the accuracy of the control.

At the beginning of the test, one of the tentacles of the large multi-tentacle robot actually accurately picked up the embroidery needle inserted on the apple.

Then the tentacle holding the embroidery needle and the tentacle holding the silk thread moved to the camera and started to wear them.